Synthesis of Nanoarchitectured Functional Materials from Polymers for Emerging Applications
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Functional nanomaterials using polymers have received significant interest in various applications such as energy harvesting/storage systems, catalysts, environmental applications, optoelectric devices, biomedical applications, sensors etc. due to their outstanding chemical and physical properties. Interestingly, the nanoarchitecturing approaches such as shape/dimension controls, pore formation, and nanoassembly on materials can provide more improved performances and new properties in diverse applications. In this presentation, design and synthesis of nanoarchitectured materials from conducting polymers, block copolymer, nanoporous materials, carbons, metal oxides, and their hybridized form based on nanoarchitecturing will be presented with emerging applications.